Thematic Sessions

1. Dynamical systems (including integrable systems).
2. Equilibrium and non-equilibrium statistical mechanics (including interacting particle systems).
3. PDE (including fluid dynamics, wave equation and NLSE, Boltzmann equation, material science and Einstein equations).
4. Stochastic models and probability (including Random Matrices, SLE, KPZ and S(P)DE's).
5. Algebraic methods (including operator algebras, representation theory and algebraic aspects of QFT).
6. Quantum mechanics and spectral theory (including random Schrödinger equation and quantum chaos).
7. Quantum information and computation.
8. Quantum many-body theory and condensed matter physics (including applications of Quantum field theory to condensed matter).
9. Quantum field theory.
10. Geometry and topology in Physics (including string theory and quantum gravity).